Service
Railguards
Guardrail and pool barrier systems are life-safety structures first and aesthetic features second. We design both the load path and the code-required barrier detailing together.
Guardrails carry two separate design requirements at once: a structural load requirement (the rail assembly has to resist a specified concentrated and uniform load without failing) and, for pool enclosures specifically, a barrier-compliance requirement under Florida’s residential pool safety provisions — maximum opening dimensions, minimum height, and non-climbable construction. We design the rail system to satisfy both at once, not just whichever one is easier to detail.
Common applications include pool deck and lanai guardrails, elevated walkway and balcony railguards on waterfront and multi-story properties, and stair guards on elevated decks and docks. Post spacing, baluster gap, and top-rail connection details are all sized to the specific load case and barrier requirement for the installation, not a single generic spec applied everywhere.
We install railguard and guard systems for properties across Sarasota, Bradenton, Lakewood Ranch, Venice, North Port, Punta Gorda, Port Charlotte, Palmetto, Nokomis, Englewood, and surrounding areas of Sarasota, Manatee & Charlotte Counties, FL.
Structural Load
Concentrated & Uniform
Rail assemblies built to resist both point-load and uniform load cases specified for guard systems.
Pool Barrier Compliance
Non-Climbable Design
Baluster spacing and construction detail sized to meet Florida residential pool safety barrier requirements.
Applications
Pool Decks / Lanais / Walkways
Ground-level pool barriers through elevated balcony and stair guard systems.
Post Anchoring
Structural Fastening to Substrate
Post base connections designed for the substrate — concrete deck, wood framing, or footer — not a surface-mount assumption.
FAQ
Common Questions
Florida's Residential Swimming Pool Safety Act (Chapter 515, Florida Statutes) sets the baseline: the barrier has to be at least 4 feet high, with no gaps, openings, or climbable features that would let a small child get through, under, or over it. Any gate has to open away from the pool, close and latch on its own, and have its latch release at least 54 inches above the ground or otherwise out of a child's reach. We design every pool railguard to meet these requirements before we consider anything else about the project.
Yes, if the walking surface edge is more than 30 inches above the grade or floor below. Under the residential code Florida has adopted, that guard has to be at least 36 inches tall; commercial, multifamily, or publicly accessible walkways fall under a stricter standard requiring 42 inches. We check the actual height difference at your specific edge condition rather than assuming which threshold applies.
They're two separate rules that sometimes overlap. Guard load requirements are a structural test: the rail assembly has to resist a specified concentrated load and a uniform load without failing, so it holds up if someone leans or falls against it. Pool barrier requirements are about geometry, not just strength — opening size, height, and non-climbable construction, so a small child physically can't get through. A pool-adjacent railguard has to satisfy both at once.
Usually not, or only with very specific engineering. Horizontal or shallow-angled cables can act like a ladder rung for a climbing child, which conflicts directly with the non-climbable requirement in the pool safety code. We generally detail pool barriers with vertical pickets spaced to the code-required maximum gap instead. Cable rail is a fine look for a view rail or a walkway that isn't a pool barrier, where climbability isn't a code trigger.
The aluminum itself doesn't rust — it doesn't contain iron. What actually fails first in a coastal environment is usually the fastener, or the connection between a dissimilar metal fastener and the aluminum frame. We spec 316 stainless fasteners (the same “marine grade” alloy used in boat hardware) in higher salt-exposure locations rather than the less corrosion-resistant 304 grade, and we isolate stainless fasteners from the aluminum frame with a washer or coating to prevent the two metals from setting up a galvanic reaction that would eat into the aluminum around the fastener.
Yes — a post base plate bolted to a concrete pool deck needs a different anchor than one through-bolted into wood deck framing or embedded in a footer. We size the anchor for the substrate: pull-out and shear capacity for a concrete anchor, blocking and bolt pattern for a wood-framed connection. A surface-mounted post that isn't detailed for its actual substrate is one of the more common railguard failures we see on older installations.
Often, yes, if the replacement section matches the existing post spacing, baluster gap, and top-rail profile closely enough to stay code-compliant and structurally consistent. If the original product line has been discontinued or the existing installation wasn't up to current code to begin with, a full or partial system replacement is usually the more honest recommendation than forcing a mismatched patch.
The aluminum frame itself is effectively a lifetime structural material under normal conditions — it isn't going to rust through. The powder-coat or anodized finish has its own service life before it needs attention, and that varies by product line and UV/salt exposure at your specific site. We'll go over the specific manufacturer warranty that applies to the system we quote for your project rather than quoting a blanket number that may not match what's actually installed.